With the aim of always offering products that best meet customer requirements, at Salicru we research and innovate, allocating an annual average of 5% of our turnover to the research into new solutions, far above the average for national or European technology companies.
Our rigorous but also flexible and streamlined production process, along with the use of the most advanced systems, makes Salicru a perfect partner in the search for tailor-made solutions.
- 30 engineers designing: PCBs, mechanical and power electronics systems, hardware, firmware, safety solutions and EMC.
- 6 engineers developing connectivity solutions (Connected Software).
- Annual spending: 5% of turnover.
- Own EPA electronics department.
- QA department for self-certification of regulatory and functional quality:
- Semi-anechoic chamber (125 A x phase).
- 9m2 heat stress chamber.
- Instrumentation for immunity tests.
- Test boxes with three-phase programmable generation system.
- Regenerative load system and pattern programmable in both AC and DC.
- Catenary voltage converter DC 3000 V to point AC 440 V
- Fully digital and high-performance low-frequency rectifier (SCR)
- New generation of modular UPSs with native IoT
- Digital high-performance parallel three-phase UPS with native IoT
- Digital high-performance switched and modular rectifier compatible with lithium storage technology
- Proprietary IoT platform (NIMBUS)
- DC power system for high-speed rail signalling and operation
- Power supply studies for large format and 3D printing solutions
- Geolocation system for urban and interurban mobility
- Family of solar inverters with IoT
Design and development of a low-voltage three-phase service connection balancer for enhanced energy management (GAUSS)
The aim of this project is to design and develop a new three-phase power balancing system to improve power quality in low-voltage distribution networks. The solution will compensate phase imbalance, restore voltage levels, provide reactive power compensation and mitigate harmonic distortion caused by the increasing deployment of photovoltaic systems, electric vehicle charging stations and other distributed loads.
- New three-phase electronic power balancer for low-voltage distribution networks.
- Dynamic phase balancing and voltage restoration.
- Independent reactive power compensation for each phase.
- Active harmonic mitigation to improve power quality.
- Integration of a battery-based energy buffer system to provide energy support and inject power whenever required.
- New three-level T-type inverter power electronics topology.
- Development of advanced algorithms for intelligent energy management and real-time control.
- Secure communication between multiple balancing units for coordinated grid operation, with future integration capability with other Salicru equipment.
Salicru is developing a three-phase balancer capable of compensating voltage imbalances, absorbing reactive power and mitigating harmonic distortion in low-voltage grids, in response to the effects arising from today’s electrification.
Design and development of a high value-added UPS and an advanced parallel system.
The objective of this project is to design and develop a next-generation uninterruptible power supply (UPS) that will represent a technological leap forward with respect to current products on the market, through the development of technological solutions with high flexibility and adaptability to variations and/or modifications according to specific market needs.
- Revolutionary UPS parallel technology.
- Reduced energy consumption.
- Development of proprietary architecture applied to the product to provide improvement in final quality, rapid adjustment, calibration, parameter setting, etc.
- Ability to describe the specific parameters of an already manufactured device with the possibility of providing it with traceability, cloning it, updating it, modifying it and comparing it.
The Leading Brands of Spain Forum (FMRE) is a public-private strategic partnership created to espouse the importance of brands and internationalisation for companies and the Spanish economy. It consists of 100 major Spanish companies with leading brands in their respective sectors, together with the Ministry of Foreign Affairs and Cooperation, the Ministry of the Economy and Competitiveness, the Ministry of Industry, Energy and Tourism, ICEX Spain Exports and Investments and the Spanish Patents and Trademarks Office (OEPM). Its aim is to champion the strategic importance of Spanish brands and support their internationalisation at all levels, thereby promoting the image of Spanish products and services through these brands with the support of government. The FMRE fosters a brand and internationalisation culture in order to support and be supported by companies that have an international and brand vocation.
Brands of Spain:
http://www.brandsofspain.com/miembro/salicru-2/
Atlas of the brands:
http://atlas.marcasrenombradas.com/marcas/salicru-2/?lang=en
At Salicru, we are committed to business excellence and sustainable development, values that we fully share with the CRE100DO Foundation. As members of this initiative, we are part of a network of leading companies in the Spanish middle market, aiming to boost growth, innovation, and cooperation among strategic sectors.
Through CRE100DO, we have the opportunity to participate in inspiring activities, share best practices, and foster synergies with other outstanding companies. This collaboration strengthens us in the markets where we operate and contributes to the development of a more competitive and sustainable business network in Spain.
Our membership in this organisation reinforces our commitment to creating skilled jobs, promoting responsible investments, and generating shared value for society and the business community.
CRE100DO Foundation
ADIF, the Spanish state rail operator, is looking to monetise its high-power electrified rail infrastructure – whose energy potential is currently under-used – by recovering braking energy from trains and installing charging points for electric vehicles (EVs) at 1,500 stations across the rail network. Salicru is developing a prototype system that will enter the testing phase in early 2024.
For the first time, Salicru has successfully implemented a hybrid system that combines two modular UPS units with three solar inverters and Salicru's energy manager, achieving a stable, modular solution that offers the customer both electrical continuity and energy efficiency.
In an ideal world, the electricity supply would be characterised by continuity, quality, and precision. In this idyllic environment, the electricity grid would always function, delivering a clean signal that accurately meets all specifications. But the reality is very different.
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